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AutoFlight Flies Five Unmanned eVTOLs in Formation, a First for the Sector
Five unmanned AutoFlight eVTOLs — a five-ton Matrix plus four two-ton aircraft — flew 133 km in formation over Kunshan, a first for the sector, repeated days later in strong winds.
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- Five unmanned eVTOLs flew in formation for over 45 minutes, covering more than 133 km at Bailian Lake Flight Test Base, Kunshan.
- The formation combined one five-ton V5000 Matrix with four two-ton aircraft across three variants, announced November 5, 2026.
- The same five aircraft repeated the formation flight on November 1, 2026 in strong winds.
- The V2000CG is the first ton-class eVTOL to hold CAAC Type, Production and Airworthiness Certificates.
- The flights build on AutoFlight's three-aircraft formation demonstration of May 2026.

Five unmanned eVTOLs from China's AutoFlight flew in formation for more than 45 minutes, covering over 133 kilometers at the company's Bailian Lake Flight Test Base in Kunshan — a first for the advanced air mobility sector.
AutoFlight announced the flight on November 5, 2026, roughly five days after the event took place. The formation mixed one five-ton V5000 with four two-ton aircraft spread across three variants, a combination the company says pushed its multi-aircraft coordination beyond anything it had demonstrated before.
The mix matters as much as the count. Flying aircraft of different sizes and missions in the same airspace is a harder problem than flying identical airframes in trail.
"Coordinating aircraft of different sizes and mission profiles requires precise route planning, flight control, communication, and safety management," an AutoFlight spokesperson said.
What flew, and what it means
The lineup included:
- V5000 Matrix — the aircraft AutoFlight describes as the world's first and largest five-ton eVTOL
- V2000CG CarryAll — an unmanned cargo eVTOL built for aerial logistics
- V2000CGF — a firefighting variant of the CarryAll
The aircraft took off vertically, assembled, and flew together for just over 45 minutes.
The demonstration didn't stop at one data point. On November 1, 2026, the same five aircraft completed another formation flight in strong winds, according to the company. Wind matters for eVTOL operations: gusting conditions are precisely where lightweight vertical-lift aircraft struggle most, and a repeat performance suggests the flight-control stack holds up outside calm-weather test windows.
The November flights build on a three-aircraft formation demonstration AutoFlight staged in May 2026. "This latest achievement marks further progress in coordinating multiple eVTOL models and weight classes," the company said. "It also demonstrates AutoFlight's growing capabilities in autonomous multi-aircraft operations, laying the technical foundation for future low-altitude transport networks connecting long-haul, regional, and last-mile routes."
That framing points to the commercial logic behind the stunt: formation flying of mixed cargo, firefighting and passenger-capable aircraft is a step toward managed low-altitude networks where many unmanned vehicles share routes, rather than single aircraft operating in isolation.
The certification picture
AutoFlight's claims rest on more than demonstration flights. Its V2000CG is the first ton-class eVTOL to hold all three airworthiness certificates issued by the Civil Aviation Administration of China (CAAC): the Type Certificate, the Production Certificate, and the Airworthiness Certificate. That trio separates the CarryAll from competitors still working through type certification, and gives the company a certified, producing platform while it develops the larger V5000.
The distinction is worth keeping clear: the V2000CG is certified and in production. The five-ton V5000 Matrix, the centerpiece of the formation flights, is a development aircraft whose airworthiness status AutoFlight has not tied to these demonstrations.
How the aircraft fly
All three variants use a Lift & Cruise configuration. Dedicated lift rotors raise the aircraft vertically, helicopter-style. Once airborne, rear propellers push it forward until the fixed wings carry the load, and the lift rotors shut down completely for airplane-like cruise. The layout trades hover efficiency for simpler transition aerodynamics and lower cruise power draw — one reason a formation could stretch past 133 kilometers on battery power.
With repeated multi-ship flights now logged in calm and gusting conditions, AutoFlight says the next step is scaling from demonstrations toward the route networks those demonstrations were built to prove.
via caac.gov.cn (Original)
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Correspondent covering technology and product news in Commercial aviation industry coverage at Flightdeck Report.
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